#10 ~ What are 5G-NR Scheduling Options for Low Latency URLLC & eMBB use-case | Course 02

Описание: Explore how 5G NR (New Radio) adapts its scheduling techniques for different use cases, from mobile broadband to ultra-low latency applications. This video breaks down how the g-Node-B and UE communicate efficiently for both downlink and uplink, using dynamic and semi-persistent scheduling, while ensuring low latency data transfer through configured grants.

Scheduling Options:
Downlink: Dynamic Scheduling vs. Semi-Persistent Scheduling (SPS)
Uplink: Dynamic Scheduling vs. Configured Grant (Type 1 and Type 2)

Key Concepts:
How g-Node-B informs the UE for mobile broadband data
Low latency data handling with periodic communication
Uplink dynamic scheduling and its limitations for low latency
Configured Grant Type 1 and Type 2 explained for faster uplink communication

Why It's Important:
Achieve faster communication in low-latency use cases
Understand how periodic data scheduling helps URLLC
Optimize resource allocation for uplink transmissions


Learn how 5G scheduling options reduce latency, ensuring better performance for mobile broadband and critical communications.


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